Software speeds 4G baseband innovation

http://www.electronicstalk.com/news/mth/mth141.html
Samsung Electronics Research Institute is using
Simulink to unify baseband algorithm development and
physical layer research for its 4G wireless
technologies.

Samsung Electronics Research Institute (SERI) is using
Simulink, from The MathWorks, to unify baseband
algorithm development and physical layer research for
its 4G wireless technologies.

The Advanced Technology Group at SERI uses Simulink to
develop algorithms and to create models of 4G
communications systems.

It uses blocks from the Communications Blockset and
the Signal Processing Blockset to speed model
development.

SERI is involved with industry-wide research projects
in the EU Framework Programme, and its use of Simulink
has contributed to aggressive development milestones
being met.

SERI needed a development platform that enhanced and
streamlined the group's data analysis, algorithm
development, and simulation capabilities along with
facilitating cross-organisational collaboration and
knowledge sharing.

It also needed the development platform to enable it
to compare and integrate physical layer transmission
chains.

In addition to the technical and organisational
challenges, SERI faced a tight schedule imposed by the
project consortium for producing simulation results
for proposed technologies.

Simulink met all these requirements.

'Our development deadlines are strictly defined by the
project schedule'.

'To meet these deadlines, we needed an easy way to
maintain intellectual property developed by multiple
sources within our team', explains Dr Thierry
Lestable, Senior Researcher at SERI.

'Additionally, on our EU projects, we needed a common
software platform and library to simplify interfacing
with and integrating contributions from other
consortium members'.

SERI standardised on MathWorks tools to develop its
next-generation wireless technologies.

It is also migrating all its existing algorithms to
Simulink to facilitate their reuse in future
development initiatives.

With limited experience with Simulink, SERI worked
with MathWorks Consulting to accelerate this
transition.

'MathWorks Consulting enabled us to reach our delivery
deadlines by supplying us with valuable advice and by
building parts of the models based on our technical
requirements', Lestable said.

'MathWorks Consulting also accelerated the debugging
process, and their advice on designs has been very
helpful'.

The SERI team also uses Simulink to integrate C and
C++ code into its simulations.

By integrating custom code, the team can include
algorithms from other consortium partners as well as
its own proprietary optimised implementations of
algorithms, once the generic models are complete.

The algorithms will ultimately become part of SERI's
patent portfolio. 





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